Currently no information about Removed Modules is displayed in any of the
modes.
+
=cut
my %sections = (
);
# by default, compare latest two version in CoreList;
- my @versions = sort keys %Module::CoreList::version;
- my $old = $versions[-2];
- my $new = $versions[-1];
+ my ($old, $new) = latest_two_perl_versions();
# use the provided versions if present
# @ARGV >=2 means [old_version] [new_version] [path/to/file]
($old, $new) = (shift @ARGV, shift @ARGV);
die "$old is an invalid version\n" if not exists
$Module::CoreList::version{$old};
- die "$new is an invalid verison\n" if not exists
+ die "$new is an invalid version\n" if not exists
$Module::CoreList::version{$new};
}
exit 0;
}
+sub latest_two_perl_versions {
+
+ my @versions = sort keys %Module::CoreList::version;
+
+ my $new = pop @versions;
+
+ # If a fully-padded version number ends in a zero (as in "5.019010"), that
+ # version shows up in %Module::CoreList::version both with and without its
+ # trailing zeros. So skip all versions that are numerically equal to $new.
+ pop @versions while @versions && $versions[-1] == $new;
+
+ die "Too few distinct core versions in %Module::CoreList::version ?!\n"
+ if !@versions;
+
+ return $versions[-1], $new;
+}
+
# Given two perl versions, it returns a list describing the core distributions that have changed.
# The first three elements are hashrefs corresponding to new, updated, and removed modules
# and are of the form (mostly, see the special remarks about removed):
# 'Distribution Name' => ['Distribution Name', previous version number, current version number]
-# where the version number is undef if the distribution did not exist the fourth element is
-# an arrayref of core distribution names of those distribution for which it is unknown whether
-# they have changed and therefore need to be manually checked.
+# where the version number is undef if the distribution did not exist.
+# The fourth element is an arrayref of core distribution names of those distribution for which it
+# is unknown whether they have changed and therefore need to be manually checked.
#
# In most cases, the distribution name in %Modules corresponds to the module that is representative
# of the distribution as listed in Module::CoreList. However, there are a few distribution names
-# that do not correspond to a module. %distToModules, has been created which maps the distribution
+# that do not correspond to a module. %distToModules has been created which maps the distribution
# name to a representative module. The representative module was chosen by either looking at the
# Makefile of the distribution or by seeing which module the distribution has been traditionally
-# listed under in past perldelta.
+# listed under in past perldeltas.
#
# There are a few distributions for which there is no single representative module (e.g. libnet).
# These distributions are returned as the last element of the list.
# %Modules contains a final key, _PERLLIB, which contains a list of modules that are owned by p5p.
# This list contains modules and pragmata that may also be present in Module::CoreList.
# A list of modules are in the list @unclaimedModules, which were manually listed based on whether
-# they were independent modules and whether they have been listed in past perldelta.
+# they were independent modules and whether they have been listed in past perldeltas.
# The pragmata were found by doing something like:
# say for sort grep { $_ eq lc $_ and !exists $Modules{$_}}
# keys %{$Module::CoreList::version{'5.019003'}}
};
my @unclaimedModules = qw/AnyDBM_File B B::Concise B::Deparse Benchmark Class::Struct Config::Extensions DB DBM_Filter Devel::Peek DirHandle DynaLoader English Errno ExtUtils::Embed ExtUtils::Miniperl ExtUtils::Typemaps ExtUtils::XSSymSet Fcntl File::Basename File::Compare File::Copy File::DosGlob File::Find File::Glob File::stat FileCache FileHandle FindBin GDBM_File Getopt::Std Hash::Util Hash::Util::FieldHash I18N::Langinfo IPC::Open3 NDBM_File ODBM_File Opcode PerlIO PerlIO::encoding PerlIO::mmap PerlIO::scalar PerlIO::via Pod::Functions Pod::Html POSIX SDBM_File SelectSaver Symbol Sys::Hostname Thread Tie::Array Tie::Handle Tie::Hash Tie::Hash::NamedCapture Tie::Memoize Tie::Scalar Tie::StdHandle Tie::SubstrHash Time::gmtime Time::localtime Time::tm Unicode::UCD UNIVERSAL User::grent User::pwent VMS::DCLsym VMS::Filespec VMS::Stdio XS::Typemap Win32CORE/;
- my @unclaimedPragmata = qw/_charnames arybase attributes blib bytes charnames deprecate diagnostics encoding feature fields filetest inc::latest integer less locale mro open ops overload overloading re sigtrap sort strict subs utf8 vars vmsish/;
+ my @unclaimedPragmata = qw/arybase attributes blib bytes charnames deprecate diagnostics encoding feature fields filetest inc::latest integer less locale mro open ops overload overloading re sigtrap sort strict subs utf8 vars vmsish/;
my @unclaimed = (@unclaimedModules, @unclaimedPragmata);
my %distToModules = (
sub add_to_section {
my ( $section, $data, $title ) = @_;
- #undef is a valid version name in Module::CoreList so supress warnings about concatenating undef values
+ #undef is a valid version name in Module::CoreList so suppress warnings about concatenating undef values
no warnings 'uninitialized';
for ( values %{ $data->{$title} } ) {
my ( $mod, $old_v, $new_v ) = @{$_};
# if we could not parse the module name, it will be uninitalized
# in sort. This is not a problem as it will just result in these
- # sections being placed near the begining of the section
+ # sections being placed near the beginning of the section
no warnings 'uninitialized';
$section->{items} =
[ sort { lc $a->{name} cmp lc $b->{name} } @{ $section->{items} } ];
my ( $section_name, $title ) = @{$_};
my $section = $sections{$section_name} // {
- name => $section_name,
- preceeding_text => "=head2 $_->[0]\n=over 4\n",
- following_text => "=back\n",
- items => [],
- manual => 1
+ name => $section_name,
+ preceding_text => "=head2 $_->[0]\n=over 4\n",
+ following_text => "=back\n",
+ items => [],
+ manual => 1
};
$section = update_section( $section, $data, $title );
my $items = reduce { no warnings 'once'; $a . $b->{text} }
( '', @{ $section->{items} } );
$out .=
- ( $section->{preceeding_text} // '' )
+ ( $section->{preceding_text} // '' )
. $items
. ( $section->{following_text} // '' );
}
# will contain hashrefs corresponding to new, updated and removed
# modules and pragmata keyed by section name
# each section is hashref of the structure
- # preceeding_text => Text occuring before and including the over
- # region containing the list of modules,
- # items => [Arrayref of hashrefs corresponding to a module
- # entry],
+ # preceding_text => Text occurring before and including the over
+ # region containing the list of modules,
+ # items => [Arrayref of hashrefs corresponding to a module
+ # entry],
# an entry has the form:
# name => Module name or undef if the name could not be determined
# text => The text of the entry, including the item heading
#
- # following_text => Any text not corresponding to a module
- # that occurs after the first module
+ # following_text => Any text not corresponding to a module
+ # that occurs after the first module
#
# the sections are converted to a pod string by calling sections_to_pod()
my %sections;
# we are in the Modules_and_Pragmata's section
my $in_Modules_and_Pragmata;
+
# we are the Modules_and_Pragmata's section but have not
# encountered any of the desired sections. We use this
# flag to determine whether we should append the text to $out
# or we need to delay appending until the module listings are
# processed and instead append to $append_to_out
my $in_Modules_and_Pragmata_preamble;
+
my $done_processing_Modules_and_Pragmata;
my $current_section;
+
# $nested_element_level == 0 : not in an over region, treat lines as text
# $nested_element_level == 1 : presumably in the top over region that
# corresponds to the module listing. Treat
# $nested_element_level > 1 : we only consider these values when we are in an item
# We treat lines as the text of the current item.
my $nested_element_level = 0;
+
my $current_item;
my $need_to_parse_module_name;
}
my $title = get_section_name_from_heading($name);
if ( exists $sections{$title} ) {
- die "$name occured twice at line no. $.";
+ die "$name occurred twice at line no. $.";
}
- $current_section = {};
- $current_section->{name} = $title;
- $current_section->{preceeding_text} = $_;
- $current_section->{items} = [];
- $nested_element_level = 0;
+ $current_section = {};
+ $current_section->{name} = $title;
+ $current_section->{preceding_text} = $_;
+ $current_section->{items} = [];
+ $nested_element_level = 0;
next;
}
$current_section->{following_text} .= $_;
}
else {
- $current_section->{preceeding_text} .= $_;
+ $current_section->{preceding_text} .= $_;
}
next;
}
}
if ( scalar @{ $current_section->{items} } == 0 ) {
- $current_section->{preceeding_text} .= $_;
+ $current_section->{preceding_text} .= $_;
}
else {
$current_section->{following_text} .= $_;
# from VERSION_NUMBER to VERSION_NUMBER and MODULE from VERSION_NUMBER to VERSION_NUMBER
# from VERSION_NUMBER to VERSION_NUMBER, and MODULE from VERSION_NUMBER to VERSION_NUMBER
#
- # some perldelta contain more than one module listed in an entry, this only attempts to match the
+ # some perldeltas contain more than one module listed in an entry, this only attempts to match the
# first module
my ($old, $new) = $second =~
/from\s+(?:version\s+)?(\d[^\s]+)\s+to\s+(?:version\s+)?(\d[^\s,]+?)(?=[\s,]|\.\s|\.$|$).*/s;
https://perl5.git.perl.org / perl5.git / blobdiff